1) no-load cutting-in
空载并网
1.
The no-load cutting-in control is compared with the direct cutting-in control.
为在该实验平台上实现双馈风电系统的并网运行,给出了基于定子磁链定向的双馈感应发电机并网运行励磁矢量控制策略,并对空载并网方式和直接并网方式进行了比较。
2.
Through the analysis of the vector no-load cutting-in control strategy of VSCF doubly-fed induction generator(DFIG), equations that show how DFIG parameter perturbations during the cutting-in process influence the stator voltage are presented.
通过对交流励磁变速恒频双馈风力发电机组(VSCF-DFIG)的空载并网矢量控制策略进行深入地分析和推导,首次正确地得到了双馈异步发电机参数扰动对并网过程中定子电压影响的量化表达式。
2) load cutting-in control
负载并网
1.
Contrasting and simulating the principle of the grid-connection with load and with no load,the generator of the load cutting-in control can control wind energy in cooperate with wind turbine,which can relieves the stress of windturbine from wind and improve the speed adjustment ability of system.
探讨双馈发电机并网过程的运行原理,研究了基于定子磁链定向矢量控制技术的发电机并网控制策略,对比和分析了空载并网和负载并网的控制原理。
3) parallel connection of compressed air pipe networks
空压机管网并联
4) grid-connected
并网
1.
Design on the grid-connected PV generator with multi-tracking system;
一个多种跟踪方式的并网光伏电站
2.
Disturbance rejection controller for photovoltaic three-phase grid-connected system;
光伏三相并网系统的自抗扰控制
3.
Novel Vector Control Strategy with Active and Reactive Power Decoupling Control for Wind Power Grid-connected Inverter;
风电并网逆变器用有无功功率解耦控制的矢量控制策略
5) cutting-in
并网
1.
Cutting-in Control of the VSCF Wind-power Generator Based on Auto-disturbance Rejection Controller;
基于自抗扰控制器的变速恒频风力发电并网控制
2.
With combination of integral variable structure control(IVSC) and field-oriented vector control technique,a control strategy was presented for smooth no-load cutting-in of variable-speed constant-frequency double-fed wind-power generator.
为了实现变速恒频双馈风力发电机平滑的接入电网,将积分型变结构控制(IVSC)与磁场定向矢量控制相结合,提出了一种空载并网控制策略。
6) parallel connection
并网
1.
This article introduces the work principle of diesel generator set connected in parallel to municipal electric power, and in detail discusses the parallel connection which is applied in the second-stage engineering of a certain power plant.
本文介绍了柴油发电机组与市电的正并网、反并网功能的工作原理,详细讨论了在某电厂中柴油发电机组并网功能的应用。
2.
Auto Quasi Corresponding-period Equipment is designed to realize a generator’ rapid parallel connection to electrical network in a power plant.
自动准同期装置是为实现同步发电机快速并入舰船电力系统而设计的专用仪器,它能控制发电机快速满足准同期条件,从而实现准确、安全并网。
3.
The necessity of developing computerized automatic parallel connection device for power system is analyzed.
分析了研制电力系统微机化自动并网控制器的必要性，介绍了其技术关键、设计思想和实现方法。
补充资料：空载
见“负荷③”(285页)。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条